23-CBSA-2.0X5.5X0.25 Datasheet/PDFRF (Radio Frequency) shields are an essential part of Electronic designs due to their ability to effectively reduce or eliminate the transmission of electromagnetic interference (EMI). The 23-CBSA-2.0X5.5X0.25 is an example of a RF shield, specifically designed to provide high-performance interference attenuation in low and high frequencies.
Applications
The 23-CBSA-2.0X5.5X0.25 is mainly used in the telecommunications industry for its ability to reduce EMI emissions, as well as its durability and reliability. Its range of applications includes but is not limited to:
- RF shielding for cellular base stations and other radio communication equipment.
- Connectors for radio receivers, transmitters, and other radio equipment.
- Shields for PCBs, cables, and other electronic components.
Working Principle
The 23-CBSA-2.0X5.5X0.25 shield is designed to effectively reduce EMI by blocking radio frequencies and preventing any interference from entering or leaving the device in which it is installed. The shield is capable of absorbing a wide range of frequencies, ranging from low frequency interference to high frequency interference.
The shield works by creating an effective Faraday cage, which is an enclosure designed to block electromagnetic fields. This cage consists of a continuous conductive material, such as metal, which prevents the entry of electromagnetic waves into the enclosure. The 23-CBSA-2.0X5.5X0.25 shield is made from a conductive material, which is then soldered to the device\'s circuit board. This soldered connection ensures a secure fit and maximum protection.
Conclusion
The 23-CBSA-2.0X5.5X0.25 is a high-performance RF shield designed to reduce EMI emission and protect electronic devices from a wide range of outside interference. It is well-suited to the telecommunications industry due to its impressive performance and range of applications. Its highly effective Faraday cage ensures that the device is protected from interference, making it an invaluable tool in the fight against EMI.